0000000000724359
AUTHOR
M. Miozzo
Project LIFE11 ENV/IT/0002215 ResilForMed - Resilience of Mediterranean Forests to Climate Change
Forest and pre-forest ecosystems of Sicily are characterized by a high structural simplification and fragility, reduced species diversity, high density, pest and diseases that are expected to worsen according to the ongoing anthropogenic climate change. In this work we present the achievements of the project LIFE ResilForMed (Resilience of Mediterranean Forests to climate change), as Sicilian response on adaptation and mitigation to climate change. ResilForMed project is co-funded by the LIFE Initiative (2007-2014) and started June 1st 2012 with an expected conclusion on June 30th 2017. The project consortium involves: (i) the Department of Rural and Land Development of the Sicilian Region,…
LIFE AForClimate: approcci predittivi per una selvicoltura del faggio in sintonia con il clima
Numerosi studi hanno dimostrato che l’incremento delle temperature medie stagionali e le variazioni nel regime stagionale delle precipitazioni influenzano direttamente la variabilità di crescita dei popolamenti forestali. Conoscere la risposta delle foreste alla variabilità del clima è propedeutica a calibrare gli interventi selvicolturali per garantire minore stress alle piante e una migliore efficienza ecosistemica. Il progetto LIFE AForClimate (LIFE15 CCA/IT/000089 - Adaption of FORest management to CLIMATE variability: an ecological approach) mira a fornire soluzioni concrete per realizzare una gestione forestale efficace nell’adattamento ai cambiamenti climatici e definire un metodo pe…
A CASE STUDY OF THE APPLICATION OF HAND-HELD MOBILE LASER SCANNING IN THE PLANNING OF AN ITALIAN FOREST (ALPE DI CATENAIA, TUSCANY)
Abstract. Precision forestry is becoming a key sector for forest planning because it allows complex analyses of forest data to be carried out simply and economically. It contributes to the integration between technicians and operators in the sector by guaranteeing the transparency of the forest management operations (Corona et al., 2017). In the context of the progressive development of technology, we investigated the feasibility of using the hand-held mobile laser scanner (HMLS) system in different types of forest sites and comparison of the characteristics of individual trees (tree height, diameters at breast height) with traditional surveys, applied with the aim to validate the performan…